attention-calculator

To generate integral proofs for inequalities involving constants like pi and e, you provide the proof type, left coefficient, comparison operator, and right rational number. The client submits these parameters to a remote calculation API and returns the proof result.

Remote computation supports 29 types of inequality proofs, including comparisons with constants such as pi, e, gamma, catalan, zeta3, and trigonometric or hyperbolic functions against rational numbers.

To fix a direction error when proving inequalities, the client automatically retries the remote calculation with a reversed comparison direction. This API-driven correction ensures the integral proof is validated and returned successfully.

Yes, you can render LaTeX equations for inequality proofs. After calling the remote calculation service, the client fetches the integral image from the server and renders the resulting LaTeX equation for display.

No, you do not need to install a local solver to prove trigonometric inequalities. The system operates as a thin client that calls a hosted remote calculation API, ensuring no solver internals or coefficient data are stored locally.

If the remote calculation service is unavailable during an inequality proof, the client handles the remote service unavailability gracefully. It manages the connection failure without crashing and ensures the API-driven workflow remains stable.